Authors: Lukasz Andrzej Glinka
The most recent notifications from OPERA Collaboration of CERN Geneva report highly probable existence of faster-than-light neutrinos. Such a state of affairs has been also detected earlier in radio galaxies, quasars and recently in microquasars. The usual scenario explaining superluminal speeds is based on a black hole contained in these sources producing the high speed mass ejection. Superluminal speeds are, however, plainly and efficiently explainable within the framework of Special Relativity, in which the Einstein postulates, the Minkowski energy-momentum space, and both the Poincaré and the Lorentz symmetries remain unchanged, but the energy-momentum relation is deformed. In this paper superluminal deformations of Special Relativity, complementing the Einstein theory at faster-than-light speeds, are studied in the context of CERN neutrinos. For full consistency we propose to apply the non-parallelism hypothesis, the deformation derived ab initio, and the concept of measured speed of light which can be higher than c. We show that such a theory is able to explain both superluminal speed as well as mass of neutrino.
Comments: 29 pages
[v1] 5 Oct 2011
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